About Chalmers University of Technology
Chalmers University of Technology is a private research university located in Gothenburg, Sweden. Founded in 1829, it focuses on engineering and science, but also conducts research and offers education in shipping, architecture, and management. Chalmers is known for its strong emphasis on sustainability, innovation, and solving societal challenges. The university manages high-profile research facilities such as NASA's Jet Propulsion Laboratory and coordinates major initiatives like the development of a Swedish quantum computer and the Graphene Flagship.
10
QS World University Rankings
10773
Total enrollment
977
PhD students
Accreditations and Rankings
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10
QS World University Rankings
10773
Total enrollment
977
PhD students
Accreditations and Rankings
Chalmers University of Technology Highlights
Career Outcomes and Placement Information
While specific details about career services are not provided in the search results, Chalmers likely offers comprehensive career support to its students. Given its strong industry connections and focus on practical, hands-on learning, the university likely provides services such as career counseling, internship opportunities, job fairs, and networking events with industry partners. The university's emphasis on solving real-world challenges and its partnerships with major companies suggest a strong focus on preparing students for successful careers in their respective fields.
Faculties
These are the expert instructors who will be teaching you throughout the course. With a wealth of knowledge and real-world experience, they're here to guide, inspire, and support you every step of the way. Get to know the people who will help you reach your learning goals and make the most of your journey.
Dr. Jonas Bärgman, a researcher and associate professor at Chalmers University of Technology, leads the Safety Evaluation research group in the Division of Vehicle Safety. His multifaceted research focuses on understanding how driver behavior, vehicles (including intelligent systems and automation), and environmental factors affect traffic safety in the pre-crash phase. Bärgman's work spans from quantifying driver comfort zones to developing quantitative models of critical situation behavior and applying counterfactual simulation methods for safety evaluation. Utilizing a range of research tools, including naturalistic driving data and various experimental setups, he contributes significantly to crash causation understanding and safety impact assessment of new technologies. As an educator, Bärgman serves as examiner for the Vehicle and Traffic Safety masters course, lectures on Active Safety, and instructs in Road Traffic Safety in Automotive Engineering. His involvement in ISO further underscores his commitment to advancing vehicle safety standards, making him a key figure in bridging academic research with practical applications in the automotive industry.
Professor Mats Svensson, a renowned expert in Injury Prevention and Vehicle Safety at Chalmers University of Technology, brings over 30 years of experience to his field. Specializing in neck injury biomechanics, Svensson's work encompasses animal testing, dummy development, and seat design. His contributions to EU projects like Whiplash 2 and ADSEAT, along with his leadership in EEVC Working Groups, have significantly advanced vehicle safety research. Recognized with the Håkan Frisinger award in 2016, Svensson currently serves as the Director of Transport Safety at Chalmers and Profile Director of Traffic Safety at the SAFER Centre. His research spans from microscopic injury mechanisms to whole-body responses during violent mechanical loads, contributing to the development of advanced crash test dummies and computer models. As an instructor of "Road Traffic Safety in Automotive Engineering," Svensson continues to shape the next generation of automotive safety experts, bridging cutting-edge research with practical applications in vehicle design and injury prevention.
Dr. Giulio Bianchi Piccinini, an Assistant Professor in the Accident Prevention Group within the Division of Vehicle Safety at Chalmers University of Technology, specializes in understanding crash causation mechanisms and modeling driver behavior. His research contributes significantly to the field of vehicle safety by investigating factors leading to accidents and developing predictive models of driver behavior. Piccinini's expertise is evident through his involvement in numerous European and Swedish funded projects, including INTERACTION, D3COS, DESERVE, BBSChina, EFrame, and QUADRAE. Having completed his PhD as part of the Marie Curie Initial Training Network ADAPTATION, he brings a strong academic foundation to his work. As an instructor of the "Road Traffic Safety in Automotive Engineering" course at Chalmers, Dr. Piccinini plays a crucial role in educating future automotive engineers about traffic safety, bridging his research insights with practical applications in accident prevention strategies.
Jonas Fredriksson is a Professor of Mechatronics at Chalmers University of Technology in Sweden. Born in 1972, he obtained his PhD in control engineering from Chalmers in 2002, focusing on automotive powertrain control. After working in industry at SEMCON and Volvo Cars, he returned to academia in 2003 as an Assistant Professor at Chalmers. He became a Senior Lecturer in 2007, Docent in Mechatronics in 2008, and full Professor in 2017. Fredriksson's research centers on modeling, control, and simulation of dynamic systems, particularly automotive systems. His work encompasses hybrid electric vehicles, vehicle dynamics control, automotive active safety, and self-driving vehicles. With 20 years of teaching experience, he is involved in both undergraduate and graduate-level courses at Chalmers, where he is known for his engaging teaching style and responsiveness to student needs. Fredriksson's career exemplifies the integration of academic research with practical industry applications in the rapidly evolving field of automotive engineering and mechatronics.
Professor Sven B. Andersson, an Associate Professor at Chalmers University of Technology, is a renowned expert in vehicle powertrain systems. With a Ph.D. in energy conversion obtained in 1990, Andersson has been dedicated to teaching and research in vehicle powertrain since 1996. His research primarily focuses on the efficiency of internal combustion engines, while increasingly encompassing the entire powertrain system. As an educator, Andersson teaches courses on Internal Combustion Engines, Powertrain Mechanics, and Electric and Hybrid Vehicles, and is actively involved in hands-on educational projects like Formula Student and Shell eco-marathon. His excellence in teaching has been recognized twice with pedagogical awards at the graduate level. Andersson's work uniquely bridges theoretical research with practical applications in vehicle engineering, adapting to the evolving landscape of automotive technology. His expertise spans both traditional internal combustion engines and emerging electric and hybrid vehicle technologies, making him a valuable asset in preparing students for the future of automotive engineering.
Anders Grauers, an Associate Professor in Electric and Hybrid Vehicle Systems at Chalmers University of Technology, brings a wealth of expertise to the field of sustainable transportation. With a PhD in electric machines and industry experience from Volvo Cars, where he developed active safety and autonomous driving support systems, Grauers combines academic rigor with practical knowledge. His research focuses on electric and hybrid powertrains, encompassing various vehicle types and charging infrastructure. Active in the Swedish Electromobility Centre, Grauers contributes to a broader research network in the field. His teaching portfolio includes courses on Hybrid Vehicles and Electric and Conventional Vehicles, for which he received Chalmers' annual Pedagogical Award. Grauers' work is characterized by a systems approach, covering powertrain design, control systems, cost-benefit analysis, and optimization, making him a key figure in advancing electric and hybrid vehicle technology and educating the next generation of engineers in this crucial area of sustainable transportation.
Per Olof Arnäs serves as a researcher and senior lecturer in logistics at Chalmers University of Technology, bringing a unique blend of academic expertise and industry experience to his role. With an MSc in Mechanical Engineering and a PhD in Logistics, Dr. Arnäs combines theoretical knowledge with practical insights gained from his extensive experience as a freight industry professional. His teaching portfolio includes courses on Master Control in Supply Chain Management and Logistics, and System Design for Supply Chain Management and Logistics, where he likely covers topics such as supply chain optimization, logistics system design, and emerging technologies in the field. Through his research and instruction, Dr. Arnäs contributes significantly to advancing knowledge in logistics and preparing future professionals for the complexities of modern supply chain management, making him a valuable asset in bridging the gap between academic theory and industry practice at Chalmers
Ola Hultkrantz, a researcher and senior lecturer in logistics at Chalmers University of Technology, brings a wealth of expertise to his multifaceted role. With an MSc in Mechanical Engineering and a Licentiate of Engineering in Logistics, Hultkrantz serves as Program Director for both the B.Sc. and M.Sc. degree programs in Industrial Engineering, as well as the Executive program in Supply Chain Management at Chalmers Professional Education. His teaching portfolio includes courses on Master Control and System Design in Supply Chain Management and Logistics, while his research focuses on various aspects of logistics and supply chain management, including e-commerce impacts and visual planning. Hultkrantz's leadership across multiple programs demonstrates his commitment to shaping the future of industrial engineering and supply chain education, making him a key figure in preparing students for the evolving challenges of the logistics industry.
Dr. Lars Hammarstrand, a Post-Doctoral Research Fellow in the Signal Processing research group at Chalmers University of Technology, specializes in tracking, sensor data fusion, and non-linear estimation and filtering, with a particular focus on automotive active safety systems. His work contributes significantly to the Non-Hit Car & Truck project, supporting Volvo Car's ambitious goal of eliminating accidents in their vehicles by 2020. As an educator, Dr. Hammarstrand teaches graduate and undergraduate courses in non-linear filtering and linear systems, while also mentoring Ph.D. students. His course offerings include "Sensor Fusion and Non-linear Filtering for Automotive Systems" and contributions to the "Sensor Fusion and Multi-Object Tracking" professional certificate program. Through his research and teaching, Dr. Hammarstrand plays a crucial role in bridging advanced signal processing techniques with practical automotive safety applications, thereby shaping the future of road safety technology and preparing the next generation of engineers in this vital field.
Lennart Svensson is a Professor of Signal Processing at Chalmers University of Technology, where he earned both his M.S. (1999) and Ph.D. (2004) in electrical engineering. His research focuses on nonlinear filtering, multi-target tracking, deep learning, Bayesian inference, and reinforcement learning. A prolific contributor to multi-target tracking literature, he has received multiple awards for his publications. As an educator, Lennart has developed five courses in the past five years, promoting active learning through flipped classrooms and online lectures. His teaching excellence has earned him both Chalmers' annual Pedagogical Award and a best lecturer recognition.
Dr. Yuxuan Xia, a Postdoctoral researcher in the Department of Electrical Engineering at Chalmers University of Technology, specializes in multi-object tracking and sensor fusion, with a particular focus on extended objects. Having earned both his M.Sc. in communication engineering (2017) and Ph.D. in signal processing (2022) from Chalmers, Xia has quickly established himself as a rising expert in his field. His research bridges advanced signal processing techniques with practical applications, especially in automotive systems, contributing to the development of sophisticated perception systems for autonomous vehicles and complex environments. Xia has co-organized tutorials on multi-object tracking at the Fusion conferences from 2020 to 2022, demonstrating his commitment to sharing knowledge in the field. As an instructor for the "Multi-Object Tracking for Automotive Systems" course and a contributor to the "Sensor Fusion and Multi-Object Tracking" professional certificate program, Dr. Xia plays a crucial role in educating the next generation of engineers and researchers in this rapidly evolving area of technology.
Dr. Karl Granström, currently a perception specialist at Embark Trucks, is a distinguished expert in autonomous vehicle technology, focusing on developing safer and more efficient transportation systems. With a PhD in Automatic Control and an MSc in Applied Physics and Electrical Engineering from Linköping University, Granström has built an impressive career spanning academia and industry. His research interests in sensor fusion, robotics, and machine learning have led to significant contributions in the field of tracking, particularly in extended object tracking. Prior to his current role, he held positions as a researcher at Chalmers University of Technology and as a postdoc at the University of Connecticut. Granström's expertise has been widely recognized, earning him multiple conference paper awards and the prestigious 2018 ISIF Young Investigator Award. He continues to contribute to academia by teaching courses on multi-object tracking for automotive systems at Chalmers, bridging the gap between cutting-edge research and practical applications in autonomous vehicle technology
Professor Jonas Sjöberg, a distinguished expert in Mechatronics at Chalmers University of Technology, leads the Mechatronic research group and spearheads cutting-edge research in mechatronics, signal processing, and control. His work focuses on model-based methods, simulations, system identification, and optimization for mechatronic systems, with particular emphasis on Automotive Active Safety and Hybrid Electric Vehicles. As a professor and research group leader, Sjöberg not only conducts groundbreaking research but also shapes the next generation of engineers through his supervision of undergraduate and graduate students. His expertise extends to modeling, simulation, and control of hybrid vehicles, contributing to national projects and guiding Ph.D. students in the design, sizing, and control of electrical hybrids. Sjöberg's involvement in research on certification of heavy-duty hybrid vehicles underscores his commitment to practical applications. Through his course on "Decision-Making for Autonomous Systems," he bridges theoretical knowledge with real-world challenges in autonomous vehicle technology, cementing his role as a key figure in advancing mechatronics and automotive engineering at Chalmers.
Professor Per Stenström, a renowned expert in Computer Engineering at Chalmers University of Technology, has made significant contributions to the field of computer architecture, particularly in high-performance memory systems. With a PhD from Lund University (1990), Stenström has authored 4 textbooks, published about 200 papers in international journals and conferences, and holds 20 patents. His influence extends beyond research through editorial roles in prestigious journals and leadership in major conferences like ACM/IEEE Int. Symposium on Computer Architecture. A Fellow of both ACM and IEEE, and a member of Academia Europaea and the Royal Swedish Academy of Engineering Sciences, Stenström has mentored about 25 PhD graduates and co-founded the HiPEAC Network of Excellence. His work in European projects and international collaborations has further cemented his status as a leading figure in computer engineering research and education, shaping the future of computer architecture on a global scale.
Dr. Karine Le Bail, a Senior Researcher in the Space Geodesy group at Chalmers University of Technology's Onsala Space Observatory, is a distinguished expert in Very Long Baseline Interferometry (VLBI) and space geodesy. Joining Chalmers in June 2020, her research focuses on the Very Long Baseline Interferometry Global Observing System (VGOS), with particular emphasis on radio source structure and atmospheric turbulence effects on geodetic measurements. As a member of the International DORIS Service Governing Board and through her numerous publications, Le Bail has significantly contributed to improving the accuracy of Earth observation techniques. Her expertise extends to teaching, where she instructs courses on "Sensing Planet Earth – From Core to Outer Space" and "Sensing Planet Earth – Water and Ice." With a background that includes contributions to the GSFC DORIS contribution to ITRF2014 and involvement in various international VLBI projects, Dr. Le Bail plays a crucial role in advancing our understanding of Earth's dynamics and in shaping the next generation of geodesists and Earth scientists.
Professor Thomas Hobiger, currently at the University of Stuttgart, is a distinguished expert in space geodesy and navigation. With M.Sc. and Ph.D. degrees from Vienna University of Technology, Hobiger's career spans roles at a Japanese research institute and as Associate Professor at Chalmers University of Technology before his current position. His research interests encompass a broad spectrum, including VLBI, GNSS, Earth rotation, sea-level change, software-defined radio, and high-performance computing. Hobiger has significantly contributed to developing next-generation space-geodetic systems and processing tools, particularly for VLBI and GNSS. His expertise earned him the prestigious Geodesy Section Award from the American Geophysical Union in 2018. As an educator, he previously taught courses on sensing planet Earth at Chalmers. Hobiger's multifaceted work in space geodesy and navigation continues to advance our understanding of Earth's dynamics and improve precision in global positioning and timing systems.
Professor Emeritus Bo Galle, from the Department of Space, Earth and Environment at Chalmers University of Technology, has made significant contributions to atmospheric studies and volcanic gas monitoring over a career spanning more than 35 years. Specializing in optical remote sensing methods, Galle's work in the past decade has focused on studying gas emissions from volcanoes, leading to the development of an innovative early warning system for volcanic eruptions using differential optical absorption spectroscopy (DOAS). As coordinator of EU projects DORSIVA and NOVAC, he spearheaded the installation of measurement technology on numerous volcanoes globally, with his system now deployed at over 200 stations across 60 volcanoes in 22 countries. Galle's groundbreaking work, which earned him the Chalmers impact award, has not only advanced volcanology but also contributed to saving lives through early detection of volcanic activity. His expertise continues to shape the field through his teaching contributions to courses on Earth sensing and environmental science at Chalmers, cementing his legacy as a pioneer in volcanic gas monitoring and environmental research.
Dr. Anders Berg, a former postdoctoral scholar in the Radar Remote Sensing group at Chalmers University of Technology, specialized in sea ice monitoring using spaceborne Synthetic Aperture Radar (SAR). His research focused on developing and improving SAR algorithms for sea ice concentration estimation, measuring sea ice drift, and studying X-band interferometric SAR observations of Baltic fast ice. Berg's work contributed significantly to several research projects, including "Spaceborne radar measurements of sea ice parameters for climate models" and "Maritime ice navigation supported by satellite observations." His publications cover a wide range of topics in sea ice monitoring, from SAR-derived sea ice displacement to multi-polarization SAR data evaluation for Baltic Sea ice monitoring. As an educator, Berg contributed to courses on "Sensing Planet Earth – Water and Ice" and the "Foundations of Environmental Science" professional certificate program, sharing his expertise in radar remote sensing techniques for environmental monitoring. His research has important applications in climate studies, maritime navigation, and environmental monitoring in polar and sub-polar regions.
Dr. Jie Sun, an Associate Professor in the Quantum Device Physics Laboratory at Chalmers University of Technology, is a leading expert in graphene and semiconductor devices. With two PhD degrees from prestigious institutions in China and Sweden, Sun's research spans CVD growth of graphene, III-V and Si semiconductors, high-k dielectrics, ballistic and quantum transport, and carbon electronics. His prolific career includes over 80 published papers, 70 of which are covered by Web of Knowledge, earning him an h-index of 14. Sun's major works include groundbreaking research on noncatalytic chemical vapor deposition of graphene for transparent electrodes and developing efficient methods for graphene delamination from metal substrates. As the pioneer of Chalmers' first masters course in Graphene science and technology launched in 2014, Sun continues to shape the next generation of researchers in this cutting-edge field, bridging fundamental research with practical applications in nanoelectronics and carbon-based devices.
Anna Nyström Claesson, a Senior Lecturer in sustainable development at Chalmers University of Technology's Division of Environmental Systems Analysis, brings a unique blend of expertise to her role. With a background in Nuclear Chemistry focusing on Geochemistry from Chalmers and a teacher's degree from Gothenburg University, Claesson has extensive experience in developing and teaching sustainable development courses for engineering students. Her research interests lie in educational sciences, particularly in understanding how students learn systems thinking for sustainable development. This combination of technical knowledge and pedagogical skills allows her to play a crucial role in integrating sustainability concepts into engineering curricula. Claesson's work is instrumental in bridging the gap between environmental science and effective teaching methods, thereby preparing future engineers to address complex sustainability challenges using systems thinking approaches. Her contributions are vital in shaping the next generation of environmentally conscious engineers at Chalmers.